Tuesday, November 28, 2017

Overview of TEVET in Zambia: from the perspective of five pillars

By Clive Mutame Siachiyako 
A large part of the Zambian population is young and will in the next few years seek employment. Many of them are at crossroads today, trying to find answers to what they want to or what they can do in their careers. It is imperative that every individual is equipped with at least a skill such that they can earn their livelihood and contribute within their families. An overview of the TEVET sector is important to help career explorers, policy makers, parents and stakeholders in deciding pathways to pursue in policy making, sector investment, career options or initiatives to improve the sector.

This overview shows grey areas in TEVET and responsive strategies and innovations to address them and leverage TEVET's role in meeting labour market demands for skills development as well as i) job and wealth creation, ii) national goal of attaining the middle income status by 2030 and iii) industrialisation vision of the country in 2064 or iv) value addition, among others.

TEVETA uses government pronouncements, goals and visions as action plans in consultation with stakeholders in addressing grey areas in TEVET. Key questions in addressing these issues could be on: i) what kind of skills are needed to meet national goals and visions taking into account the country’s comparative advantage in terms of geographical position, weather and natural resources endowment?; ii) how are those skills going to be developed, in what quantities and in which sectors (strategies for skills development)?; iii) what challenges may emerge in developing required skills and how those challenges can be addressed?; and iv) what action plans are required at implementation and policy levels?

The main highlights of the TEVET sector are presented in five pillars as below:

Pillar 1: State of TEVET – Access and Participation
There is an increase in the number of training providers offering institutional qualifications, which are not recognised on the Zambia Qualifications Framework. An institutional qualification is awarded by a training institution rather than TEVETA or TEVETA accredited examination board contrary to TEVET Amendment Act No. 11 of 2005, Section 5 and subsections 2 (J, K and M). TEVETA is mandated to award qualifications and accredit foreign examination boards to award qualifications in Zambia according to TEVET Act Number 13 of 1998 read with Amended Act Number 11 of 2005. This Act mandates TEVETA to offer qualifications in TEVET as well as accredit examination boards in the sector for quality assurance purposes and standardisation of assessments (TEVET Amendment Act of 2005 section 5, subsection J).

Questions have been raised on the status of qualifications examined by training providers. Individuals with institutional qualifications in TEVET should know that those qualifications do not have a national recognition. The qualifications cannot be placed on the Zambian Qualification Framework or as entry for further studies.  Although some employers accept them either due to lack of knowledge of their status or otherwise, the papers do not meet national recognition requirements as TEVET institutions do not have legal mandate to examine and certify learners.

Demand for training and learners’ unawareness has created a fertile ground for offering institutional qualifications. Time and resources are unfortunately invested into qualifications that do not carry their prima facie value.  Information, Education and Communication have been some of the measures TEVETA is using to help learners not to invest into training qualifications that are not recognised. But when engaging institutions offering such training is not working as desired, law enforcement will be engaged to help avert the problem.

In addition, training has remained concentrated in 4 provinces along the line of rail (Central, Copperbelt, Lusaka and Southern provinces) disadvantaging provinces off the line of rail. 82% of training institutions registered by TEVETA are in the 4 provinces (see chart and table below). The areas away from the line of rail i) are denied access to training, ii) have limited skilled persons to drive and stimulate development in their locations, and iii) import skilled labour to undertake government and other projects, hence depriving such areas income.


Government policy to construct new Trades Training Institutes is key in increasing access and participation in TEVET and empowering people with lifelong skills required in adding value to products, job and wealth creation, and meeting medium and long term national development goals.
Furthermore, there is a shift from technical/vocational training to business training in TEVET institutions. This threatens Zambia’s competitiveness in the region (as artisans/technicians and other skilled persons required in the country’s economic mainstays of mining, tourism, agriculture and other sectors) will be in further short supply. Strategies such as 20% construction contract allocation to local people may not be actualised amid inadequate skilled Zambians to undertake them. The shift may put Zambia into a more consumption and trading country position instead of production and value adding to earn more from the resource endowment. Job creation, wealth and industrialisation are risked when skilled persons to drive the process are in short supply by training providers.

Pillar 2: TEVET financing – sustainable financing
Efforts to increase access to TEVET and improve efficiency/productivity among SME/Informal sector players have been made through the provision of funding. Both donor driven and government financing has been provided by TEVETA. The introduction of the Skills Development Levy, which translated into the establishment of the Skills Development Fund (SDF) is valuable financing window for improved TEVET. The SDF was established under the Skills Development Levy Act Number 46 of 2016. The Levy is 0.5% of the wage bill to an employee every month.

The Levy is however not payable by employers in the i) public service or local government, ii) employers who annual turnover is below K800, 000 (eight hundred thousand Kwacha), iii) public benefit organisation approved under the Income Tax Act and iv) Minister. Besides the SDF, the African Development Bank’s Support for Science Education and Training Project (SSTEP) provides funding to TEVET. More than K10.8m has been disbursed for SME/Informal sector and out of school youth training mostly for self-employment in 2016 and by June 2017 for the benefit of more than 5, 000 learners.

The principle objective of SSTEP is to increase access and improve quality and equity of science and technology in the three Higher Education institutions, namely University of Zambia, Copperbelt University and Mulungushi University. The other objective is to increase access and improve quality and equity of science and technology in the Trades Training Institutions, namely Northern Technical College, Nkumbi International College, Choma Trades Training Institute and Lukashya Trades Training Institute, in line with Zambia's Vision 2030 priorities on Skills Development.

One of the components towards increasing access and quality of science and technology in TEVET is enhancing Work-based and Entrepreneurship Skills; which covers Skills and Entrepreneurship training for out-of-school Youths and SMEs. SMEs/Out of School youth training is done through TEVETA registered institutions. Funded training has been in i) agriculture (poultry management, pig production, fish farming, horticulture and vegetable production, bee keeping and goat production), ii) construction (carpentry and joinery, bricklaying and plastering, plumbing and sheet metal, power electrical), iii) engineering/manufacturing (metal fabrication, automotive mechanics, diesel mechanics, vehicle body maintenance and refinishing, design and fashion, welding) and iv) tourism/hospitality (food production, wildlife safari guiding, safari driving, canoeing, and camp site construction). The funding targeted SMEs, out of school unemployed youth and entrepreneurs needing up or reskilling. 

TEVET fund is an economic regulatory tool. Training providers funded have to meet required standards and align training behaviour with government policy and quality of training. Pre-assessment of training facilities in institutions applying for funding is done to ensure conformity to training standards.
Pillar 3: equity and inclusiveness – gender parity
Technical and science programmes (from craft, technician and technologist) are male dominated in TEVET while business ones are dominated by females. Assessment and certification statistics from 2010 to 2016 show that the trend in technical and science programmes has remained the same and fluctuated in business programmes. For the period 2010 – 2016, 92% of learners in technical programmes were male and similarly 56% in science programmes were male. In 2016 alone, 94% of the learners in technical programmes were male compared to females. In the same year, the gap was at 16% in favour of male learners in science programmes. Most of the females in science programmes pursue nutritional courses (hospitality related), hence the narrow gap with the males. However, when it comes to business/social science programmes, female learners as shown in the table below:



The trend, although similar in technical programmes at trade test levels and skills awards; the number of female learners in science at these lower levels is higher as shown in the trade test table. This means, the higher the level, the less the number of female learners getting into these programmes. Lower numbers of females in technical and science programmes limits their participation in technical and scientific world of work or research. They have concentrated on social sciences, business and hospitality programmes.

TEVETA believes that the increase in the number of Technical Girls’ Schools might change the current status quo. Girls with technical and science career inclination and strengths may come into tertiary education in numbers similar to boys. Providing incentives such as scholarships and employment quotas for girls with technical and science based training might help narrow the mismatch.
Technical and science training is significant in strengthening Zambia’s ability to; i) add value to raw materials for more earnings, ii) innovating ways of efficient production, fighting diseases (diagnosis/treatment), utilising ICTs in commerce and trade to ease doing business, and iii) developing a competitive labour force in attracting investment. That is, having relevant and adequate skilled persons to drive and realise return on the investment.

Pillar 4: TEVETA developed and approved Curricula– curriculum development
As at 31st December 2016 TEVETA developed, reviewed and approved 247 curricula at technologist, technician, certificate, trade test and skills award levels. 53 of the curricula were at technologist level, 22 technician, 57 certificate, 89 trade test and 41 at skills awards. It is TEVETA’s mandate to develop and review curricula in consultation with industry to ensure it remains relevant to industry requirements from learners.

Pillar 5: strategies to improve quality of TEVET
New ways of improving TEVET are pursued constantly to make it more responsive to skills development needs and labour market requirements. Among them are: i) Work, Innovation and Skills Competitions Based TEVET Learning System and ii) Recognition of Prior Learning.

Work, Innovation and Skills Competitions Based TEVET Learning System is a collection of complementary activities and experiences designed to enable individuals acquire the Knowledge, Skills, Attitudes and Values (Competences) which with time, professional practice, mentorship and/or incubation support should help them transform into internationally competitive skilled persons exhibiting the following attributes among others: i) international skilled performer ii) critical thinker, iii) entrepreneurial and innovative problem solver, iv) effective and ethical leader, v) productive and responsible citizen, vi) Science, Technology, Engineering Mathematics (STEM) literate, and viii) climate change resilience and adaptation agent.


The Recognition of Prior Learning (RPL) is a process by which individuals can claim and gain recognition towards specific national qualifications based on demonstrated learning that has occurred at some time in the past. Therefore, RPL recognises knowledge, skills and attitudes that have been acquired in other forms of learning that were not certified. RPL involves documentation, validation, assessment and certification of learning that is acquired outside formal training (traditional or classroom) system. 

Tuesday, October 10, 2017

Milk chilling with biogas: How green TVET skills are improving lives

By Clive Mutame Siachiyako
Milk production is a key resource for smallholder farmers in farming areas of Zambia. However, milk spoils quickly in warm condition. Since the cold chain for milk is not reaching remote dairy farmers, it results in limited supply of high-quality milk to dairy processors from a large portion of smallholders farmers in the country.

Stakeholders are stepping in to avert such problems and impart skills that enable farmers store their milk longer without getting spoiled. A Dutch NGO, SNV working with SimGas, Mueller and BoP Innovation Centre are training and supporting the development and market introduction of the first biogas-powered milk chiller for smallholder dairy farmers in Zambia, Tanzania and Kenya. The training and supported target the farming groups that face limited access to market since most of the farmers live too far from the milk collection centres and are off the national power supply grids.

When delivering milk for the previous evening the following morning, farmers face the risk of milk rejection due to spoilage, which negatively impacts their income. SNV and its partners have thus designed a milk chilling system that uses biogas energy through absorption cooling, supporting farmers to make their milk production more sustainable, and to increase their sales. The biogas-powered milk chiller provides a solution to this problem by cooling 10 litres of milk from 35°C to 4°C within 3.5 hours. The cooling level is within the standard milk cooling standard. The milk chiller capacity is tailored to the availability of surplus evening milk at smallholder dairy farms with 2-10 cows. A 10 litre capacity chiller is sufficient to serve more than 80% of the target group. The milk chiller runs on biogas, produced from any type of domestic biogas system.

In Zambia, SNV has since trained 42 masons (men and women) in bio-digester construction, maintenance and marketing. In addition, 8 bio-digesters have been constructed in Copperbelt, Lusaka, Western, Central and Southern provinces for demonstration. These achievements have laid the groundwork for SNV to commence developing a market for biogas in the country and to mark this decision. The NGO held field day at Lusunga farm in Chilanga district to demonstrate the possibilities of bio-digesters and biogas to government officials, cooperating partners, representatives from financial institutions and farmers in the area.

Bio-digester plants convert animal manure into combustible methane gas known as biogas. SNV is a leader in Biogas programming and has installed over 500,000 digesters across the world – primarily in Africa and Asia. Since January 2013, SNV Zambia has been working as part of a multi-country, public-private partnership to further the use of Biogas for Milk Chilling together with world leaders in the development of chillers. Prototype milk chillers developed by the NGO and its partners (SimGas and Mueller BV) has been since launched in Zambia. The technology supports off-grid, smallholder dairy farmers who need to chill their milk overnight before delivering to the milk collection centres, and provides additional benefits in bio-slurry – an organic fertilizer that improves crop and fodder production, and also energy for lighting and cooking on-farm.

SNV has also i) started working with financial institutions to support the possibility of developing financial products that can support farmers to procure bio-digesters and, ultimately, milk chillers; ii) partnered with the Dairy Association of Zambia and other players in the industry to promote the technology and ensure it is of the highest standards; iii) called upon cooperating partners to consider supporting the development of the biogas sector which will provide poor rural farmers with much needed energy that will enhance their productivity levels.

The possibilities of biogas are endless. Biogas cannot only provide energy for milk chilling, but for piglet warming, production of heat for improved rearing of chicks, energy for hot water to improve milk collection and safety by sterilising milk collection and storing equipment, as well as the bio slurry that enhances agricultural production without further damaging and degrading the environment. About 40 dairy farmers are expected to sign contracts with masons to construct digesters and more are expected to visit the demo sites to witness the technology in action. The foundation for the biogas market has been set and can only grow with a dedicated and supportive multi-actor approach.

How will it improve the livelihoods of small-scale farmers by reducing food waste and spoilage?
This is the question many can put forward. Drivers of open innovation platforms that encourage solving community challenges for social good contend that there abundant ideas to the question. One of the responses resulted into designing of the Biogas-Powered Milk Chiller designed being used in Zambia, Kenya and Tanzania. The Biogas Milk Chiller provides off-grid biogas-powered milk cooling on-farm, allowing smallholder dairy farmers without access to electricity to store and sell the highest possible quality of raw milk and increase their income. This bottom-up approach is new to the dairy industry; instead of focusing on processors who are on the top of the cold chain, the biogas-milk-chiller approach focuses on filling the gap at the bottom (on dairy farms) where the problem originates.

Biogas plants (biodigesters) convert animal manure, human excrement and other organic materials into combustible methane gas, known as biogas. A household family with just three heads of cattle or seven pigs can generate sufficient gas to meet their basic domestic and/or productive energy needs. This is clean cooking, powering and/or basic lighting energy that is resonate with green economy values.

In addition, the residue of the process (bio-slurry) can be used as a potent organic fertilizer to enhance agricultural productivity and sustain soil fertility. The market potential for household digesters fed by animal manure is estimated at 155 million. Bio-digesters can also be used by institutions, businesses and communities. Niche markets for medium-scale digesters are emerging in middle-income countries, also addressing environmental pollution.

Today one of the most important goals is to transform existing economies to green economies that seek the achievement of sustainable development goals (SDGs). A green economy refers to an economy that result in improved human well-being and social equity, while significantly reducing environmental risks and ecological scarcities. In its simplest expression, a green economy can be thought of as one which is low carbon, resource efficient and socially inclusive. Another important feature of green economy is the emphasis on the regeneration-of individuals, communities and ecosystems. Green economy embraces green design, green buildings, materials and construction products, waste management, waste-to-energy are part of almost any sector directly or indirectly including woodworking and furniture industry.

It is evident that the green economy can only be achieved in a society where education and innovation are accepted as the “prime movers of sustainable growth in green economies, where innovation, green skills and the capacity to cope with change will be significant drivers of each economic sector”. Transition to green economies then requires re-configuration/re-structuring the formal and non-formal education in which not only themes related with sustainability but also critical thinking should be taught.

In this context well-trained professionals who can cope with this paradigmatic change in the economy and society will be the backbones in this transformation. Technical and vocational education and training (TVET) should also be revised not only to provide skills needed for an occupation to be green: green skills but also skills necessary to adapt professionals to changes and new technologies in order to sustain themselves. Greening TVET is described as “prepares learners for fields of work and business such as construction, waste management and agriculture, many of which consume enormous amounts of energy, raw materials and water. Green TVET helps develop skilled workers who have knowledge of (and commitment to) sustainable development, as well as the requisite technical knowledge. Greening TVET is crucial for making a transition from energy and emissions-intensive economies to cleaner and greener production and service patterns”.

TVET goes beyond promoting skills development for employability. It empowers young people and adults to develop skills for work and life. Green TVET therefore means more than developing technical skills for green employment (such as eco-tourism, renewable energy and recycling). It also means developing ‘soft’ green skills such as enhancing problem-solving skills in everyday situations (life skills education), education for sustainable consumption and lifestyles, and entrepreneurial learning. Green TVET ensures that all workers are able to play appropriate roles, both in the workplace and the broader community, by contributing to environmental, economic and social sustainability. The roadmap for greening TVET necessitates the inclusion of subjects related with sustainability and thus revision of the existing curricula promoting the use of cleaner energies, waste management, green technologies, developing skills to cope with new technologies, promoting entrepreneurship and innovative way of thinking, matching theory and practice through work based learning/apprenticeship, emphasizing the needs of the sector.

References
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Bauman, Z. (1995). Life in fragments: Essays in postmodern morality. Oxford: Blackwell.

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http://www.snv.org/country/zambia